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Porsche to assemble in Malaysia? That’s the current topic among enthusiasts following a report in The Edge Weekly. The business website mentions that its source has said the investment has been approved by Malaysian authorities and that the assembly will be done at the Inokom factory in Kedah.

It would be quite an unusual development for the German sportscar maker as it has never built its cars outside Germany. It has two factories – the original one at Zuffenhausen and the 19-year old one in Leipzig. In its 2019 financial year, total production from the two factories was almost 275,000 vehicles.

Porsche has come a long way from the time it began making sportscars in the 1950s. Today, it has two factories supplying to the whole world – the original one from the 1950s in Zuffenhausen (below) and a second one in Leipzig (bottom), both in Germany.
Porsche builds its vehicles for the whole world at just two facrories – the original one from rhe 1950s in Zuffenhausen and a second one in Leipzig (below), both in Germany.

Porsche being a strong brand, demand for its products has always been good although the coronavirus pandemic which impacted the auto industry did result in a 12% decline in deliveries last year. In the first half of 2020, Porsche sold 55,550 vehicles to customers in the Asia-Pacific, Africa and the Middle East regions, with China’s intake of 39,603 units making it the biggest single market worldwide for the carmaker.

So is it time for Porsche to establish a production hub in the Asia-Pacific region? Bear in mind that the 100,000+ volume is made up of 5 model lines with the specialized all-electric Taycan being the sixth. Obviously, assembling outside Germany would not involve all the models so it would be one or two, with the Cayenne being the most popular so it could be a good candidate.

Manufacturers invest in overseas production facilities in places where they can get good incentives by government to do so. They obviously require a good infrastructure as well. At one time, the potential domestic market volume was important since they would assemble in another country and primarily want to sell there, with exports being secondary. However, with the formation of the ASEAN Free Trade Area (AFTA) as a single trading bloc and duty-free exchange of goods, it is no longer just one country to look at but the potential of regional volume, which can be quite big.

Local assembly of vehicles in Malaysia began in 1967.

Up till the 1980s, Malaysia was an excellent place for any carmaker to have a production base. It had a good infrastructure, a well educated workforce which was also familiar with the English language, a stable government and a growing economy. It had begun local assembly activities in 1967 so a broad range of locally-made components was available. Manufacturers who chose to assemble locally had their vehicles taxed at lower rates so they could be priced attractively.

However, things changed after the mid-1980s when Malaysia decided to have its own National Car, with the government being an investor in the project. Naturally, it had protection so it could compete against established brands and with the protection, the playing field was no longer level like before. The market came to be dominated by one brand while others had to fight in a far smaller slice of the market.

In the interests of ‘free trade’ and also as a member of the World Trade Organisation, the government never stopped anyone else from selling in Malaysia. They were welcome to import their vehicles in CBU (completely built-up) form and pay much higher taxes, or assemble them locally and have lower taxes but still more than what Proton had to pay.

While having a national car, the government nevertheless wanted to also make Malaysia a production hub in ASEAN. However, it basically wanted carmakers to build their factories in Malaysia but export almost all the production; the domestic market was to be left alone. While this may be fine in theory, as mentioned earlier, manufacturers prefer to look at the domestic market first. If they are to export to another country, why can’t they do it from their own factories in Japan or Europe? The shipping costs would be the same anyway and they would probably have lower production costs as well as the vehicles would be made in high-volume factories with better economies of scale.

The AFTA agreement helped but Malaysia has so far not benefitted much. When the manufacturers first learnt of the single market being formed, and the ability to export around the region without import tax, they were attracted. The market size estimated when AFTA was signed in the early 1990s was about 550 million consumers, with many steadily moving upward economically, and a potential GDP of US$750 billion.

So they looked at making investments and besides incentives, they also looked at domestic market potential. Malaysia was seen as ‘protected’ so it was not seriously considered, not that the government really cared since Proton was selling everything it could make anyway. So Thailand, where the playing field was seen as level, got big chunks of investment as Ford and GM built brand new factories to make their products for the region. Indonesia too saw investments with the aim of expanding existing factories to produce more and export.

Ford did consider Malaysia and had a plan to make the Escape SUV in Malaysia for the region. The plans were confirmed but then Malaysia decided that it did not want to open up as planned under the AFTA agreement because it said that its auto industry had been battered by the Asian financial crisis. It needed some extra years to recover, so the market had to stay closed. A frustrated Ford, realizing that it would not be practical to use Malaysia, tore up its plans and put its money into the Philippines where it had a factory.

Only Volvo seems to have chosen Malaysia as a hub of sorts but that is more a historical thing. Its factory here was the first to open when Malaysia began calling for local assembly and although it had production in Thailand, that was closed down and everything concentrated in this country for the region from 2012.

For the other carmakers, Malaysia was still and attractive market because it was the largest passenger car market in ASEAN. Thailand was a pick-up truck market and in Indonesia, the biggest demand was for MPVs. So in spite of the difficult environment, many carmakers continued to operate in Malaysia, make the necessary investments periodically to upgrade their plants and kept refreshing their model lines.

Porsche Centre Ara Damansara 2020
Porsche has been officially in Malaysia for a long time, with Sime Darby Auto Performance representing the brand since 2010.

But the much desired objective of the government – to be a regional production hub – remained elusive. There have been a few National Auto Policies (NAP), each one stating that aim, and offering various types of incentives without much detail. The general way that the Malaysian government’s Ministry of International Trade & Industry has liked to operate is with ‘customised’ incentives, perhaps believing that the approach would be more appreciated by investors.

However, many in the industry have expressed a dislike for the approach, preferring the details to be open for all to know and work with. Transparency is important for these businessmen, and as one veteran industry executive said, “How can I know that my competitor might have received a better incentive but actually invested less?”. So the has remained an indifference and even with the latest NAP announced a year ago, the lack of transparency and detail continued. Many people were disappointed that only an outline was provided and could not even begin to start working out plans to propose to their head office. Anyway, since then, the government has changed so it could be that the NAP will see a revised form, depending on the MITI minister.

For many years. Daihatsu has been taking the Myvi made in Malaysia and selling it as a Daihatsu Sirion in Indonesia. Mazda has also been exporting the CX-5 assembled in Malaysia (below) to Thailand.

Over the past decade, some companies have tried to export from Malaysia with limited success. Perhaps only Volvo and Mazda (with the CX-5) have been doing well with exports but Toyota started and stopped exporting its Malaysian-made Hiace to Thailand. Proton and Perodua export, of course, and of note is the fact that the Myvi made in Malaysia is taken by Daihatsu for sale in Indonesia as a Sirion under its own brand. That says a lot about Perodua’s quality as a Japanese carmaker would not simply use a product made by someone else.

Porsche and Sime Darby
The report by The Edge Weekly mentions that Porsche will use the Inokom plant in Kedah, which is not surprising. The plant, opened in the late 1990s, is owned by Sime Darby and a unit of the company is also the importer and distributor of the German sportscars. It would make things a lot easier for the same parties to also work together on an assembly project.

If Porsche is indeed going to do it, then it will not just be an assembly program to set up. The carmaker has not done completely knocked-down (CKD) activities before so it will have to set up a new department just for it. Perhaps, being in the Volkswagen Group, it will be able to get assistance from its colleagues in Wolfsburg as there is local assembly of some Volkswagen models being done in Pahang.

The Inokom factory in Kedah which assembles vehicles from the BMW, Hyundai, MINI and Mazda brands.

It is not just a matter of picking a model and putting it into a box in disassembled form for assembly in another country. The model has also to be engineered for local assembly, taking into account the level of automation and capabilities of the workforce. This is often the case with picking models for overseas assembly. Volvo had to first invest in laser welding equipment before it could consider assembling the XC60 in Malaysia.

The two Porsche factories in Germany are very advanced with manufacturing processes that ensure high quality. It is unlikely that all the manufacturing processes at Inokom will be identically advanced, so some modification may be needed, and that means an engineering program to develop a ‘Malaysian CKD model’.

It is possible that the ‘SKD’ (semi knocked down) approach will be taken although this approach was stopped by the government in mid-2019. With SKD, bodyshells can be imported already welded together. While the government no longer allows SKD, one never knows with a ‘customized incentive’ and also, the government of today is not the same one that formulated the 2020 NAP.

The Cayenne SUV would be a good candidate for assembly as it is popular throughout the region.

Righthand drive or lefthand drive? This is also another issue, especially if the volume is not going to be very big. What some carmakers have considered – Geely and Great Wall Motors being among them – is that a production hub in ASEAN could be dedicated to righthand drive (RHD) versions which they do not make in their own country. This is more applicable to the Chinese carmakers though as the other global players have long coped with making cars with the steering wheel on either side. So Malaysia could be designated to make RHD models for most of the ASEAN markets and when volumes get higher, then they can also consider LHD.

As for quality, there is nothing inferior about Malaysian assembled vehicles today. The manufacturers have many processes that ensure the quality standards are very high, even if they might not be exactly similar to those of factories in Japan or Germany.

The only thing is consumer perception even though one can say that in this era of globalization, people don’t really care as long as the quality is not poorer. Many years ago, when Proton was assembling the Lotus Elise and tried to export it to Japan, the customers there indicated that if they wanted to buy a Lotus, it had to be made in England. Likewise, when Mazda and Toyota wanted to source some of its models from Thailand for its ASEAN markets, customers in Singapore did not want them and wanted to have cars from the Japanese factories.

Finally, the price – which is often the first thing Malaysians think of when they hear that a model will be assembled locally. For a long time, they have been conditioned to expect that a model that is assembled in Malaysia will be cheaper and that is because there is a lower tax rate and in more recent times, the government also rewards those who make investments with subsidies that can offset production costs to allow lower retail prices. So yes, a locally-assembled Porsche could be cheaper though probably not by a huge amount.

The transition to electrified vehicles has been taking place across the auto industry since this century began although for the premium and luxury brands, it may appear slower. Perhaps these brands in the upper stratosphere of the market want to make sure that when they do go all the way to fully electrically powered cars, their customers will still enjoy the same comforts and performance.

Lexus, Toyota premium luxury brand, has been working towards this to ensure that the ‘Lexus Driving Signature’ will be present in future hybrid and battery electric vehicles (BEVs). While it obviously shares resources with Toyota, it also has its own technological advancements and one of them now being revealed is DIRECT4, which will be a core Lexus Electrified technology.

DIRECT4 is a new system which can provide instant electric control to all four wheels to transform dynamic performance, working instantaneously according to driving conditions and driver intentions It is said to also give greater design freedom to reimagine Lexus’ signature design.

First glimpse of new BEV design concept
At the 2019 Tokyo Motorshow, to illustrate its new global electrification strategy, Lexus displayed the futuristic LF-30 concept car (pictured below). The new strategy, called ‘Lexus Electrified’ targets a fundamental leap in vehicle performance, handling, control and driver enjoyment.

Lexus Electrified technology supports this vision with DIRECT4 for its next generation of battery electric and hybrid electric vehicles. DIRECT4 precisely controls the delivery of drive torque from front and rear electric motors and braking force to all four wheels. By automatically adjusting the balance of front and rear-wheel drive, the system adapts the driving conditions to the driver’s intentions, changing the driving feel and giving the car the best driving posture.

The system uses a front and rear e-axle, each featuring a high-torque electric motor and transaxle, focusing on optimum drive force distribution. As the motor is directly connected to the wheels by a single driveshaft, it operates without delay.

Its operation is intuitive and highly responsive, giving the driver a genuine sense of being fully connected with the vehicle. Moreover, it provides an ideal balance of predictability and excitement, with powerful, linear acceleration and exhilarating cornering. At the same time, the system is engineered for quietness and comfort, which will always be expected by those who travel in a Lexus.

Supporting the Lexus Driving Signature
In developing DIRECT4, Lexus has been able to draw on its experience in electrified vehicle technologies. This expertise supports the development of ‘Lexus Driving Signature’ that will define the dynamic performance of Lexus’ next-generation vehicles.

According to Chief Designer Koichi Suga, electrification technologies will impact on vehicle design as well as performance, for example with no requirement to provide front cooling for an engine and radiator. This will present new opportunities to express technological advances in the car’s 3-dimensional form.

New Lexus IS introduces ‘The Lexus Driving Signature’

COVID-19

MV Agusta (once bought over by Proton for 70 million euros… and then sold off a year later for 1 euro) has joined forces with Alpine to offer a limited edition motorcycle inspired by the Alpine A110 sportscar. There will be 110 units of the motorcycle, based on the Superveloce, priced in Italy at 36,300 euros (about RM178,000) with a Racing Kit.

The collaboration draws on the common passion of both brands for breathtaking design and beautifully engineered products. Both companies also share a glorious history in competition, and an aspiration to create unique emotions for their customers through innovative, forward-looking solutions yet remaining true to their roots.

2020 MV Superveloce 800 Alpine

2020 MV Superveloce 800 Alpine

The Superveloce 800 Alpine will feature MV Agusta’s signature in-line 3-cylinder engine, with 147 bhp at 13,000 rpm to give a claimed top speed of over 240 km/h.

The graphic design, the detailing and the exclusive accessories will bear the mark of Alpine. Just like the sportscar icon, the Superveloce 800 Alpine comes with the promise of premium performance, yet remaining agile and easy to ride.

Monaco Design Studio, MV Agusta’s spearhead design division for the production of exclusive bespoke models, was involved in the project since the beginning and worked in close contact with its counterpart at Alpine.

2020 MV Superveloce 800 Alpine

2020 MV Superveloce 800 Alpine

The bike is a perfect synthesis of the two brands’ personalities yet with an identity of its own. The blue livery of the Superveloce 800 Alpine exactly matches that of the current A110. The raised ‘A’ logos on the fairings are also reminiscent of the original A110 detailing, as well as the black Alcantara seats with blue stitching and the CNC-machined black rims.

“MV Agusta is a symbol of Italian craftsmanship and excellence that makes motorcycles like no other. Our two brands are driven by the same passion for creating beautifully engineered products and unique emotions for our customers. The Superveloce Alpine is a fine piece of design and technology that makes no compromise on performance and riding pleasure. To mark the collaboration between two national heritage brands, the French and Italian flags are proudly displayed on either side of the front fender,” said Patrick Marinoff, MD of Alpine, which has been part of the Renault group since 1973.

2020 MV Superveloce 800 Alpine

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No matter how many crash tests are done and how many thousands of hours of simulations are done on computers, motor vehicle accidents can still be unique due to many variable factors. While the engineers may design the vehicle to cope with various accident conditions and protect the occupants, but there will be times when a situation is so unique that the effects are severe.

This is where Volvo’s in-house ‘detectives’ come in; officially known as the Volvo Car Accident Research Team, they investigate actual accidents to obtain information and data so that Volvo can improve the safety of its cars.

Full-time work on investigations
While some other carmakers may have similar investigators or take an interest in some accident cases, Volvo Cars has had its team for the past 50 years as a full-time department, and all round the clock too.

“The Accident Research Team’s hard work and research allows Volvo Cars to make sure that a tragic traffic accident can lead to something good: ever safer cars,” said Malin Ekholm, Head of the Volvo Cars Safety Centre. “By closely analysing what has happened during each phase of an accident, the team provides crucial information on what can be improved on our cars.”

The team has been in operation since 1970 and whenever an accident involving a Volvo car occurs around Gothenburg, Volvo’s home city in Sweden, they quickly get to the scene when notified. As soon as they arrive, they start an investigation and document the sequence of events in as much detail as possible.

Understanding an accident
That means asking questions like how forceful the impact was; how quickly did the active safety systems intervene; how were the passengers; and so on. Other questions may determine weather conditions and  even the condition of the road markings and signs. The team requests publicly accessible police reports, contacts the driver and examines the car when possible.

The data is brought back to the office where work continues. The team also tries to understand how the driver experienced the accident, a process that involves the Volvo Cars Safety Centre’s behavioural scientists.

Volvo Cars Safety Centre

Finally, the team will ask the people involved in the accident to share their medical records, which allows them to take note of any injuries sustained. These are analysed by biomechanics experts, in cooperation with physicists, to understand the exact causes of the injury.

Data is analysed and shared
All the data and knowledge collected is coded and ‘depersonalised’, becoming objective information for analysis and future reference. Conclusions from this research are shared with Volvo’s product development teams, who use it to develop and implement new technologies in upcoming cars. The team also identifies things that can’t be solved today, but can be addressed as new technology develops.

Every year, the team investigates around 30-50 accidents in person, but accidents happen all over the world and the scene can be hard to reach. In those cases, and to the degree possible, the detectives work to map out accidents with the support of Volvo personnel and emergency services closer to the site.

“The Accident Research Team is far from the only source of research data for our safety experts, but it plays an important role for us to really understand the details,” adds Malin Ekholm. “Accidents do still happen, but nowadays the consequences are much milder and serious injuries are much rarer than they used to be.”

Soon, you will be able to go only up to 180 km/h in any Volvo

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On many occasions  in its 100-year history, Mazda has demonstrated the superiority of its engineering capabilities in the highly competitive world of motorsports. By demonstrating its products in the public eye, putting them to the test against rival manufacturers on the circuits and in rallies, Mazda validated its technology.

When industrialist Jujiro Matsuda took charge of Toyo Cork Kogyo Company in 1921 and transformed the business first into a machine tool producer, he spotted an opportunity to promote his company. Motorcycle racing was popular in Japan in the late 1920s but most of the bikes were imported or assembled from imported parts.

Prototype of the 250 cc motorcycle racer developed by Toyo Kogyo in 1929.

Beating the best on the first try
Toyo Kogyo, as Mazda was then known, wanted to build a domestic Japanese bike and began development of a prototype in 1929. A 250 cc 2-stroke prototype motorbike was revealed in October 1930 and to everyone’s surprise, it won its first race beating a British-made Ariel, which was one of the most-respected and fastest bikes of that period.

Toyo Kogyo went on to produce 30 more motorcycles in 1930 but then Matsuda decided to instead focus attention on the practical Go 3-wheeler that would help grow the business. This would set the company on the road to success in automobiles rather than motorbikes. So Mazda’s flirtation with motorbikes remains a small snippet in its history, but nevertheless one that started with victory in motorsport.

Entering the international arena
The approach of using motorsport to promote the company and its products was revisited three decades later as Mazda began selling cars across the globe. When Mazda introduced the Cosmo Sport which had the revolutionary rotary engine, it headed to Europe and entered the car in international motorsport in 1968.

The Cosmo Sport in the 1968 Marathon de la Route – an 84-hour race around the legendary 28-km Nurburgring circuit – where it finished fourth on its first outing.

The event chosen was the gruelling Marathon de la Route – an 84-hour race around the legendary 28-km Nurburgring circuit. The aim was to test and demonstrated the endurance and reliability of the rotary engine. While one car crashed and retired, the remaining Cosmo finished fourth, beaten only by a pair of Porsche 911s and a Lancia Fulvia – considered at the time to be two of the finest sportscars in Europe. Motorsports enthusiasts began to watch the Japanese company from then on.

A R100 Coupe at Spa in 1969.

Proving speed and reliability
After success in the Marathon de la Route, Mazda entered the 1969 Spa 24-Hour race with three Mazda R100 coupes. The R100’s twin-rotor engine produced 200 bhp at 9,000 rpm, and the unsilenced noise of the rotary engine left European fans in no doubt about the unique engine under the bonnet. Held on the ultra-fast original 14-km Spa Francorchamps circuit, this race tragically claimed the life of Mazda driver Leon Dernier.

Against competition from BMW, Lancia, NSU, Gordini, Mini, Alfa Romeo and Porsche, the remaining Mazdas finished fifth and sixth, behind four Porsche 911s. The little rotary powered coupes had proved their speed and reliability in one of Europe’s toughest races, while repeating the success of the Cosmo the year before in the 1969 Marathon de la Route when a R100 finished fifth.

Mazdas were also popular in races in Japan, with the RX-3 taking on the Datsun Skyline.

Back home in Japan, Mazda also went racing – taking on the Datsun Skyline in domestic racing with the new RX-3 coupe. In the 1972 Fuji Grand Prix for touring cars, the RX-3s took a historic 1-2-3 finish as the battle for supremacy with Nissan reached a new level of intensity. The RX-3 also became a popular and successful race car around the world.

The car that really put Mazda amongst the sportscar greats was the RX-7, also rotary-powered. This  iconic Mazda model appeared in races and rallies in numerous specifications in the hands of both factory and private entrants.

The RX-7 was used for Mazda’s first factory entry at the Le Mans 24 Hours, but it was overall victory at the 1981 Spa 24 Hours – the first for a Japanese brand – that really put the RX-7 on the map. Alongside winning the British Touring Car Championship in 1980 and 1981, these victories for the British TWR team firmly established the RX-7 in the UK.

RX-7 at Spa 24 Hours in 1981.
RX-7 in IMSA race in America.

The RX-7 also made its mark on the other side of the Atlantic where it enjoyed consistent success. Competing in the GTU class for cars with engines smaller than 2.5-litres, it won the 24 Hours of Daytona at its first attempt in 1979. It then took the GTU championship for seven years on the trot. And while the class structures might have changed, the RX-7’s success remains undiminished: it has won more IMSA races than any other model in history.

Mazda in rallies
The RX-7’s rallying achievements are less well known. On February 1, 1984, the RX-7 was homologated for the Group B category of rallying. The Group B RX-7 programme was created by Mazda Rally Team Europe, an operation set up by German rally driver Achim Warmbold and based in Belgium. Unlike other Group B cars which were 4-wheel drive, the RX-7 had only rear-wheel drive.

While the Audi Quattro, Lancia Delta and Peugeot 205T16 were the well known Group B rallycars of the 1980s, Mazda also had a RX-7 developed as a Group B rallycar. Unlike most of its rivals, the Mazda had only rear-wheel drive.

Nonetheless it recorded some successes, winning the 1984 Polish round of the European Rally Championship. Possibly a more notable success was its third place in the 1985 Acropolis Rally, a round of the World Rally Championship. The RX-7 was remembered fondly by spectators for its flame-spitting rotary engine and the spectacular sideways driving due to its rear-wheel drive set-up.

Historic victory at Le Mans
For all the brand fame achieved by the motorsport activities, it’s Mazda’s association with the 24 Hours of Le Mans that stands above all else in the company’s motorsports history. The first time Mazda’s name appeared in the event was in 1970 when a Mazda 10A rotary engine powered a Chevron of the Belgian outfit Team Levi’s International.

The first time Mazda’s name appeared at Le Mans was in 1970 when its rotary engine powered a Chevron.

During the 1970s, Mazdas would also appear in other Le Mans events, with the RX-7 making its debut in 1979. In 1981, a pair of RX-7s were entered under the Mazdaspeed name, each having powerful 300-bhp twin rotor 13B engines.

1983 saw the factory Mazdaspeed team move into the prototype ranks with the 717C. Built for the 1983 Group C regulations and entered in the smaller Group C Junior class, the 717C was powered by a twin-rotor engine and had an aluminium monocoque chassis. Its low drag bodywork and enveloped rear wheels were designed to ensure the highest possible speed along the famous Mulsanne straight and the slippery 717C had a drag coefficient of just 0.27 Cd.

However, with very little downforce and a short wheelbase, driving the Mazda was a challenge for the drivers. Its speed and endurance brought a 12th place finish overall and the Group C Junior win for Japanese drivers Takashi Yorino, Yojiro Terada and Yoshimi Katayama. The only other finisher in the Group C Junior class was the second 717C, which said something about the reliability of the engineering.

In 1983, Mazdaspeed entered the renamed Group C2 class with a pair of Mazda 727Cs, an evolution of the previous year’s winning 717C with a twin-rotor 13B engine. A pair of sleek Lola T-616s entered by an American team also entered and these were powered by the same 13B rotary engine as the factory cars.

The 787B which won Le Mans in 1991, making Mazda the first Japanese manufacturer to win the legendary endurance race.

Mazda’s tally of class victories at Le Mans continued during the late 1980s and in 1991 came overall victory – the first for a Japanese brand at Le Mans. The car that did it was the 787B; it wasn’t just the powerful rotary engine but the racing car also had carbon brakes and a carbon clutch, and it was the first Mazda racer to feature telemetry.

Group A 323 with all-wheel drive in 1989, after the Group B cars were banned.

However, it wasn’t just success at Le Mans that marked Mazda out in the 1980s and 1990s, with rallying changing to Group A regulations, Mazda took on contenders from Lancia, Toyota and Ford with the Mazda 323 AWD. Although its 1.6-litre engine produced just 250 bhp, the 323’s small size and nimble handling was advantageous, particularly on ice rallies.

Mazda in Malaysian motorsport
In Malaysia, Mazda was also a notable name in motorsports in the 1970s. The local distributor, Asia Motors, had prepared some models with rotary engines such as the Capella RX-2 to challenge the Alfa Romeos. In Series Production races, they won several times and also made a strong impression in other classes with the Savanna RX-3. The company also installed the rotary engine in the original 323 (with rear-wheel drive) to enter rallies.

Models like the MX-5 continue to be popular choices for motorsport events, like the long-running GRA championship in Malaysia.

While Mazda Corporation stepped away from global motorsport at the start of the 1990s, success continued in the USA and today, Mazda Motorsports North America continues to compete at the highest level with a two-car factory supported effort in the 2020 IMSA Sportscar Championship with the RT24-P prototype.

The RT-24P currently entered in the 2020 IMSA Sportscar Championship

Unusual, little known Mazda vehicles you may never have heard of

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The Ford Mustang has been sold all over the world although in earlier years, its availability only in lefthand drive limited it to specific markets where cars drove on the right side of the road. Although there were people who converted to righthand drive, it was only with the current sixth generation launched in 2015 that an official factory-built RHD version became available.

As a result, it could be officially sold in Malaysia and Sime Darby Auto ConneXion (SDAC) wasted no time in ordering a batch soon after the model was launched. With its head-turning looks, it’s no surprise that the Mustang population in this country has grown and recently, 137 owners got together to set a new record in the Malaysia Book of Records.

137 owners from Mustang Club Malaysia
Organised by Mustang Club Malaysia, it was the largest gathering of Ford Mustangs in Malaysia. The get-together was held at Pavilion Kuala Lumpur where the certificate of recognition was presented to the Club’s President, Alfred C.K. Joseph, by the Malaysia Book of Records’ Chief Operating Officer, Christopher Wong.

“We are delighted to have earned a spot in the Malaysia Book of Records for having the title of biggest gathering of Ford Mustang vehicles in the country. Our aim is to show unity and harmony by bringing all walks of life together in our multiracial community through our passion and love for cars,” said Mr. Joseph.

Mustang Club Malaysia was formed in 2018 and has 245 members currently. The club was created for the purpose of sharing information on the latest Mustang as well as to promote safe and responsible driving habits. It also provides a platform for Mustang enthusiasts to embrace and build comradeship through a common interest.

“Kudos to Mustang Club Malaysia for spearheading this event and setting a new record in the country. It is a tremendous feat to organise and mobilise 137 Mustang vehicles and club members. We are incredibly proud of their efforts,” said Syed Ahmad Muzri Syed Faiz, MD of Sime Darby Auto ConneXion.

“We continue to be committed in maintaining close relations with the network of various Ford owners’ clubs and supporting their activities to foster deeper mutual understanding and camaraderie,” he added.

Two versions for Malaysian market
SDAC has been selling the Mustang with a choice of two powertrains – 5-litre 460 ps V8 and 2.3-litre 310 ps EcoBoost. Both engines are mated to a 10-speed SelectShift automatic transmission.

Now in its 56th year of production, the Mustang has been the best-selling sportscar in the world for five consecutive years. The range now includes an electrically-powered model – the Mustang Mach E – which made its global debut last year.

Ford Mustang is bestselling sportscar in the world – for the fifth consecutive year

 

About a week ago, on July 3, Perodua’s dealer in Brunei launched the latest Myvi for that market. It was the usual sort of launch of a new model but among the variants displayed was one called the Myvi S-Edition. The existence of such a variant caught the Perodua people by surprise since they do not have any Myvi S-Edition sold in Malaysia or anywhere else in the world.

Some Perodua fans who keep up with news of their favourite brand also noticed the ‘special edition’ and wondered why it was available in Brunei but not Malaysia. Well, it is not unusual that some markets may have a variant or specification which are not available in the home market of the manufacturer. These may be export versions or specially developed versions to suit certain markets.

Peodua Myvi S-Edition Brunei

In the case of the Myvi S-Edition, the variant had a bodykit to enhance its looks but this bodykit was not developed by Perodua and it appears that they were not aware of it either, from what we gather from the statement issued by Perodua’s President & CEO, Dato’ Zainal Abidin Ahmad.

“Perodua Brunei introduced its own version of the Myvi 1.3L G variant, dubbed the S-Edition, which include enhanced bodykits which were sourced independently by our appointed distributor GHK Motors,” he said.

“Based on the feedback from GHK Motors, the introduction of the Myvi S-Edition was its attempt to introduce a variant that was better suited to their market needs. We are engaging with GHK Motors for more details about this variant to ensure that the additions to this variant meet the required standards,” he added.

The statement was issued today for clarification as Perodua is aware of some confusion caused to its loyal customers.

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Like other manufacturers, Perodua is serious about protecting its image and reputation, especially where it concerns quality. When it develops its cars, every part and system is thoroughly tested for durability and reliability before it is approved for use. This is understandable since a defective or unreliable part can cause a breakdown and in an extreme case, even an accident, and that is something a responsible manufacturer like Perodua will not want to cause.

GearUp
Every item in Perodua’s GearUp line of accessories has to be thoroughly tested to ensure quality, reliability, durability and safety before it is offered for sale.

Even bodykits and other accessories are subject to the same rigorous testing by the R&D division to ensure they meet the required standards. Therefore, if a distributor or dealer wants to install items which did not come with the car, they must first let Perodua test the items and give its approval.

Proton also had a similar issue long ago with its distributor in the Philippines which also assembled the Wira. The company there added a turbocharger to the engine in the Wira for sale to the public. This was a modification which had not received Proton’s approval and certainly, it was against warranty conditions. If the engine failed due to the turbocharger boosting performance and causing too much stress, for example, the customer would likely blame Proton and that would spoil its reputation.

New Perodua Prices without Sales Tax

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BHPetrol RON95 Euro4M

As the Royal Malaysia Police (PDRM) has a large fleet of patrolcars, it takes a while to change the fleet. Evaluations must be conducted on potential replacements with reliability, durability and performance being important considerations.

After its assessments, the PDRM finally chose the Honda Civic 1.8S as its new patrolcar, with the first 425 units being delivered recently. The delivery was to have taken place in March but had to be postponed due to the Movement Control Order (MCO) restricting movements at the time.

Honda Civic PDRM

“We are delighted that we are now able to resume the plan to deliver these new mobile patrol and enforcement vehicles which are expected to assist in the tasks and responsibilities of the police force in effectively responding to emergencies, maintaining law and order,” said  Honda Malaysia’s Managing Director & CEO, Toichi Ishiyama. “We are pleased that the Royal Malaysia Police have chosen the best-selling model in C-segment to assist them in their daily tasks, enforcements and administrative duties for the country.”

All 10 generations assembled in Malaysia
The current Civic is the 10th generation of the model and was launched in 2016 in Malaysia. Since the first generation introduced in the 1970s, every generation of the model has been assembled in Malaysia. The latest one comes from Honda Malaysia’s own plant in Melaka.

Honda Civic
Latest 2020 version of the Civic was launched early this year.

The police personnel using the Civic will be assured of good performance from the 1.8-litre i-VTEC engine which delivers power through Honda’s Earth Dreams Technology Continuous Variable Transmission (CVT). Maximum torque is 141 ps with 174 Nm of torque for strong acceleration and meeting Energy Efficient Vehicle (EEV) standards, fuel economy should be good. This would be important since the cars will be in use a lot for daily duties.

Honda’s Next Generation Safety Technology – the proprietary Honda SENSING suite – will help protect the personnel in the event of an accident while also allowing them to have good control over the car if they are in high-speed pursuits. The Civic, which is rated 5-star by ASEAN NCAP has safety features such as 6 Airbags, Vehicle Stability Assist with Agile Handle Assist, Hill Start Assist, Emergency Stop Signal, ABS, Brake Assist and Auto Brake Hold.

The retail price of the Civic is around RM114,000 although with the recent announcement of exemption of 10% Sales Tax, the price will be lower from June 15 until the end of 2020. More information on the model as well as other Honda models in Malaysia can be found at www.honda.com.my or any of the 101 authorised dealerships nationwide.

Updated Honda Civic officially launched, priced from RM113,600 – RM139,600

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Sales of new vehicles will not require payment of Sales Tax this year. For models that are assembled locally (CKD), the exemption will be 100% while for imported (CBU) models, the exemption will be 50%.

These are incentives which the Prime Minister today announced as part of the Short-Term Economic Recovery Plan. The plan has 40 iniatives totalling RM35 billion and the tax exemptions for the auto industry are for the period from June 15 until December 31, 2020.

Sales tax is set at 10% so purchasers of locally-assembled models will not have to pay that entire amount, while those who buy CBU models will have to pay half of the sales tax that would be payable. The revisions should be quite straightforward although the car companies will now have to accept that people will hold back their purchases for another 10 days.

Among the first in the industry to comment on the development, UMW Toyota Motor’s President, Ravindran K. said: “This is indeed good news for the auto industry and we are grateful to the government for assisting this sector. The full savings will be passed on to customers and we expect that the reduced prices will help to revitalize the automotive industry.”

Mr. Ravindran said that the company already has new models planned for launch this year. “With the tax exemptions, we will be making the relevant adjustments to the retail prices of all our models and apply them by June 15,” he added.

“The Malaysian auto industry, like those in other countries, has been greatly affected by the long period of inactivity during the Movement Control Order period. Apart from lost sales and production, there is also consumer sentiment which is uncertain of the future. Therefore, we appreciate the support from the government to help boost the industry,” said Akio Takeyama,
Deputy Chairman of UMW Toyota Motor.

The effects of the COVID-19 pandemic have been very hard on virtually every industrial sector, not just in Malaysia but also in other countries. As the situation eases, governments are now looking at ways to help industries recover as quickly as possible so the economy can be revitalized.

The auto sector in Malaysia is no exception and the shutdown will have implications on the Total Industry Volume in 2020. The Malaysian Automotive Association (MAA) has given a forecast of 400,000 units.

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Volvo’s reputation for safety has been built up over decades to the extent that it is recognised as a pioneer in the field. It therefore has a lot of credibility with its actions, even if they may be controversial. Like the announcement that it will limit all its vehicles to a maximum speed of 180 km/h which was made last year.

That decision has now been executed with the company saying it will have a maximum speed of 180 km/h for every new model from now on. The limitation is said to go beyond regulation and legislation to help close the remaining gap to zero serious injuries and fatalities in traffic.

“We believe that a carmaker has a responsibility to help improve traffic safety,” said Malin Ekholm, Head of the Volvo Cars Safety Centre. “Our speed-limiting technology, and the dialogue that it initiated, fits that thinking. The speed cap helps people reflect and realise that speeding is dangerous, while also providing extra peace of mind and supporting better driver behaviour.”

Volvo

Some question whether a carmaker – rather than authorities – has the right to impose speed limits. The answer would be ‘yes’ as the cars are products bearing their brand name and they can take action that can ultimately save lives. Perhaps this means losing potential customers but that’s a decision the company has to make itself.

In Volvo’s case, apart from the direct effect of lower maximum speeds reducing fatalities in accidents, the carmaker has already identified that the problem with speeding is that above certain speeds, in-car safety technology and smart infrastructure design are no longer enough to avoid severe injuries and fatalities in the event of an accident.

ABS VSC warning lights

The laws of physics still remain as a car travels along a road. Tyres may have better grip but at some point, that grip will still be lost if the speed is too high. Same with active safety systems like electronic stability control; at excessively high speeds, the systems will not be able to act fast enough to prevent the car from spinning out of control.

Incidentally, regarding speed limits, Volvo is believed to have purposely set the speedometer reading on some of its powerful models (like the 850 T5R) to ‘over-read’. This was mentioned to this writer by a Volvo engineer in the 1980s and the explanation was to help drivers avoid a speeding ticket.

Actually, limiting top speeds is not a new idea as sometime in the 1970s, some German carmakers agreed to set a limit of 250 km/h for their cars, even if the actual maximum speed was higher. The ‘gentleman’s agreement’ was an understanding which was partly to avoid forcing the German government to set speed limits on the Autobahn, which has many sections that are speed limit-free. It was to demonstrate a position of responsibility on the part of the carmakers in addressing the issue of safety.

However, by 2005, there was an inclination to stop the ‘informal’ agreement and while 250 km/h was still a limit for some models, high-performance versions went beyond that. Perhaps the belief was that people who buy high-performance cars – which are not cheap – will either not go too fast because they don’t want to crash or they would be skilled drivers.

110 km/h sign

In any case, there are few places in the civilised world where you can drive without worrying about speed limits. Other than on the Autobahn, highways in almost all developed countries have speed limits, the maximum being 110 km/h or 120 km/h. Apparently, there is are two highways in Abu Dhabi which have a speed limit of 160 km/h – the  highest in the world. Perhaps that’s why the police forces of Abu Dhabi (and Dubai) have supercars – including a Lykan hypercar (US$4.5 million!) – as patrol cars.

Volvo’s 180 km/h limit will apply to all its new models all over the world so those sold in Malaysia will be having them in due course. Unlike earlier speed-limiters which could be bypassed or removed, it is believed that Volvo will make sure that owners cannot do so. Anyway, the highest speed limit is 110 km/h so unless you choose to break the law, the fact that there is a speed limit imposed by Volvo is irrelevant for most people.

Volvo Care Key
Volvo Care Key for safer car sharing

Apart from the speed limit, every Volvo will also come with a Care Key. This is a special key which allows drivers (or owners) to set additional limitations on the car’s top speed. Parents may want to do so when letting younger or inexperienced children use their cars.

This sounds similar to Ford’s MyKey technology which has been around for some time. The Ford system allows setting of  the maximum speed limit as well as a seatbelt reminder and even control the volume of the audio system.

Volvo Cars working with China Unicom to develop 5G technology for automotive applications

Social distance

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